There are no downloads available for volume licensing. It's all OEM and retail. We recommend use of a Download Manager. All downloads come as executable setup files. You'll find all of them combined in a single table now. Aug 30, 4 0 0. Is there a place I can get the installer for it? Normal installer say invalid and then he said it only works with the open license installer.
Thanks guys, I did forgot that existed for a second. Here is the quote from his email. Is this true? This is the only installation media that will work with the open license key that I sent to you. If you enter a valid product key for one of the Office OEM editions Basic, Small Business, Professional , all components of that particular edition will be activated permanently. The remaining components, which your key isn't good for, will be activated for 60 days, and enter trial mode afterwards, which essentially means that you won't be able to save or print any documents.
Sep 8, 58 5 0. You must log in or sign up to post here. Show Ignored Content. Share This Page. Your name or email address: Do you already have an account? Be sure to check the Migration Issues this release.
We have added several new compiler builtin functions. Please see Documentation Updates for complete details. Part support version information is now part of the device specific header files as a manifest constant.
The peripheral libraries are no longer shipped with the compiler package. The compiler is smarter about picking the default data memory model. This release add support for alternate register sets which are available on some devices. Please see details for the new context attribute in this README and the updated user's guide found in the doc folder of this install. This release enables scheduling at -O2 and -O3.
Scheduling can improve performance by reducing CPU stalls due to architectural data flow constraints. This release places string literals used as intializers into the same section as object which is being initialized.
This release provides several new features: Support for devices with dual partition features. Support for devices with movable Alternate Vector Tables. Low level support for devices with Data Flash. This release provides target specific interrupt vector details. This release provides target specific memory information in the form of pre-processor macros. We provide the base address and length of each device specific memory region.
This release contains fixes for some major reported issues and part-support file updates. Additionally the compiler version that a part support is released with is now commented in the support files.
This will facilitate future part-support only releases. This release contains support for native C fixed-point datatypes. Native C arithmetic operations are supported. For example this very simple implementation of a dot product will generate DSP instructions:. This release provides pre-processor definitions for each SFR when xc. New compiler option to disable EDS warning: -mno-eds-warn.
This option will disable the warning message: Taking the address of symbol may require an extended pointer for this device. If a debugger is attached, the IDE will halt. In release mode, the device will reset. New linker option to force the stack into the low 32K memory region --local-stack [default]; this behaviour may be changed with the option --no-local-stack.
When this happens there is a potential for confusion when the address of an automatic is required for example when passing the address of a variable to another function or passing the a buffer.
This would require an extended EDS pointer when the stack crosses the 32K boundary. This option prevents the stack from being allocated beyond 32K.
The following builtins get run-time information about section addresses and sizes:. The naked attribute will prevent the compiler from saving or restoring any registers.
The keep attribute will prevent the linker from removing the function with --gc-sections , even if it is unused. For details on this interface, see the compiler user's guide. This release contains a new 'relaxed compliance' fast floating point math library.
It may be accessed by specifying -relaxed-math as an option to the compiler and linker. As with the current default and fast math libraries, this library correctly rounds all values created according to the IEEE nearest or even mode.
This library is roughly the same size as the default library, and roughly the same speed for basic operations as the fast library. Transcendental functions sin, cos, log, pow, etc. The transcendental functions in the -fast-math library are fastest and most accurate. This library treats sub-normal tiny input operands as zero, and sub-normal results are flushed to zero.
Similarly, NaN not-a-number input operands are treated as infinity. Infinities in this library function as saturation values, but otherwise behave like ordinary numbers. They are legal operands for all operations. The following table compares the salient features of the three math library implementations. For smallest code size with strict IEEE compliance, choose the default math library. For best speed and transcendental math function accuracy, with full compliance to the IEEE standard, choose the fast math library.
For better speed and small code size, where compliance to IEEE rules regarding tiny numbers, infinities, and NaNs is not required, choose the relaxed math library. The XC License Manager xclm now supports roaming of floating network licenses. Aimed at mobile users, this feature allows a floating license to go off network for a short period of time. See the doc folder of the XCLM install for more on this feature. This release supports all bit Microchip devices, no longer partitioning device support between products.
This release contains a new fast floating point math library implementation, containing improvements to bit double precision performance and correctness. This library correctly rounds all values created according to the IEEE nearest or even mode. The previous fast FP library rounded bit double precision values incorrectly in some cases.
Applications using transcendental functions may consume more code space with the new library. This release contains update to the fixed point library libq , improving general functionality. A new linker option --fill is supported allowing memory to be filled from the command line or through an IDE dialogue.
Filling specific memory ranges, or all unused memory is supported. Please see Documentation Updates for a description of this option. Linker script files have removed vector table information. These are now controlled directly by the linker. Old-style linker scripts will still work as before, however, it is encouraged that custom linker scripts be updated to the new style.
Example of which can be seen in the currently shipped linker scripts. Each filled vector slot is listed in the memory report individually instead of as one block labeled.
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